(FPC’s are custom-made products. The picture and parameters shown are for reference only.)

This 2-layer flexible circuit board utilizes a polyimide base material with precision fine-line coils, specifically designed for new energy vehicle systems. The ultra-thin construction measures just 0.15mm thick, using high-quality Shengyi laminate as its foundation. Manufactured to IPC 6012 Class 2 standards from customer-provided Gerber files, the design incorporates polyimide stiffeners at the insertion area for enhanced durability during mating cycles.

Features and Benefits

1. Excellent flexibility

2. Reducing the volume

3. Weight reduction

4. Consistency of assembly

5. Increased reliability

6. Low cost

7. Continuity of processing

8. The end can be whole soldered

9. Quick and on-time delivery

10. Make delivery on time. We keep higher than 98% on-time-delivery rate.

Five Fundamental Types of Flexible Circuits as described below:

1. Single-Sided Flexible Circuits

The most basic configuration featuring a single conductive layer of copper foil laminated to a flexible base material using adhesive. The construction typically includes a protective covercoat bonded over the copper layer for insulation and environmental protection.

2. Double-Sided Flexible Circuits

These circuits incorporate conductive layers on both sides of the flexible base material, with copper foil laminated to each surface. Both external conductive layers are normally protected with bonded covercoats for complete circuit encapsulation.

3. Multilayer Flexible Circuits

Constructed by laminating multiple flexible base materials and copper foil layers together using adhesive systems, similar to rigid multilayer board fabrication. The outer layers typically receive protective covercoats like single and double-sided variants.

4. Flex-Rigid Circuits

Hybrid structures combining rigid printed circuit boards with flexible interconnects, where the flexible portions are laminated to rigid sections using specialized bonding materials to create integrated three-dimensional circuit assemblies.

5. Flexible Circuits with Rigid Areas

Specialized designs incorporating localized rigid reinforcements (typically polyimide or glass/epoxy laminates) in specific areas to provide mechanical support for heavy components or connector systems while maintaining flexibility in other sections.

More Displays of Large Flexible Circuits